PSILOVIBE Genetics
Psilovibe: Breeding Wild Landraces & Cultivating Exotic Psilocybes
Domesticating Wild Landraces & Cultivating Exotic Psilocybes
Psilovibe Genetics is a well-known name in the world of landrace cultivation, specializing in the domestication and cultivation of wild Psilocybe species. Psilovibe’s journey into mycology started out of a personal quest to improve health through the healing properties of mushrooms. What began as a personal exploration has since turned into a mission to preserve and share the beauty of wild landraces and exotic psilocybes with the broader community.
The Story Behind Psilovibe Genetics
In 2017, inspired by a deep inner calling, Psilovibe set out on a quest to find a natural solution to mental health challenges. One morning, he wandered into a nearby pasture and stumbled upon an abundance of Cubensis mushrooms. Soon after, Psilovibe discovered an ideal Cubensis specimen during a field expedition, which became the cornerstone of his first successful landrace: Aux Arc. From that moment, his passion for wild landraces grew, and he expanded his focus to include cultivating exotic species such as Ps. Zapotecorum, Ps. Subtropicalis, and Ps. Caerulescens.
Psilovibe’s Breeding Work & Landraces
Through years of dedication, Psilovibe has refined his craft, specializing in the domestication of wild landraces and the cultivation of some of the most exotic psilocybin strains available today. His landrace work has earned him a reputation for producing some of the most resilient, vigorous, and high-quality strains in the industry.
Goldilocks:
The Goldilocks landrace, discovered in Arkansas, stands out for its dominant growth and overall vigor. Psilovibe is offering a limited number of spore prints of this striking blonde landrace on November 17, 2023. This strain is a true testament to Psilovibe’s work in cultivating strong, stable landraces that thrive under cultivation.
Aux Arc:
Psilovibe’s first breakthrough, Aux Arc, is a wild landrace variety that has become a cornerstone of his breeding efforts. Its genetic consistency and robust characteristics make it a favorite among collectors and researchers alike.
